Xerox Corporation

Brian J Perry

Joseph M Wing

Mark A Atwood

Steven J Fiore

Alan G Schlageter

R Enrique Viturro

Moritz Patrick Wagner

Brian Robert Conrow

James Patrick Calamita

Shawn Patrick Updegraff

Robert Edward Hildebrand

Thomas R Race

Michael L Gumina

A guide useful to install or remove a belt from a belt module is shown. This guide is made up of an elongated structure with a center aperture over which an endless belt is initially draped during installation. Once rotably attached to a belt module, the guide is moved downwardly to form a belt form over a top of the top drive rollers. A tube is attached to a bottom drive roller to help transfer the belt to the bottom drive roller and form the belt around the entire module. Once the belt is slidably positioned adjacent each drive roller, the belt is transferred from the guide and tube to the drive rollers for final installation.

One piece belt installation/removal guide

A guide useful to install or remove a belt from a belt module is shown. This guide is made up of two pivotable wings over which an endless belt is initially draped. Once pivotly attached to a belt module, the guide wings are moved away from each other to form a belt form over a top of the top drive rollers. A tube is attached to a bottom drive roller to help transfer the belt to the bottom drive roller. Once the belt is slidably positioned adjacent each drive roller, the belt is transferred from the guide and tube to the drive rollers for final installation.

Belt installation/removal guide

A latch apparatus has a latch base, a latch frame, and at least one flexible bracket connecting the latch frame to the latch base. Connectors are used to connect the flexible bracket to the latch frame and connect the flexible bracket to the latch base. The connectors prevent the outer surface of the flexible bracket from moving along the surface of the latch frame or the surface of the latch base. A biasing member is connected to the latch base and the latch frame. The flexible bracket maintains a gap between the latch base and the latch frame and prevents the latch base from contacting or sliding along the latch frame.

Drawer latch flexure mechanism

In a color marking assembly, a series of ROS units are aligned above a photoconductive surface. These units have inboard and outboard mounts connecting them to this assembly. The inboard mounts are attached to a first side of the ROS, and the outboard mounts are attached to a second side of the ROS unit. The inboard mount is an elongated bar extending beyond the height of the ROS unit. This elongated bar has hinged portions on both its top and bottom connections to the ROS unit. The outboard mount has a ball bearing or sphere configuration. This configuration and the inboard mount enable the ROS unit to be easily deskewed when required.

ROS deskew mechanism

Disclosed is a printing apparatus and method to correct for image non-uniformities. The printing apparatus comprises a photoreceptor (P/R) belt charging device positioned to charge the P/R belt after an image is transferred to a media sheet. Subsequently, an image sensing device scans the P/R belt residual image or patches to detect image non-uniformities.

Printing apparatus and method

A docking system may repeatedly dock a movable sensor module relative to another module with high precision. The docking system may move with minimal constraints and several degrees of freedom. The docking system may be particularly useful for precisely locating a movable sensor module relative to another module, such as a full width array sensor relative to a photoreceptor module within an image forming apparatus. A high degree of freedom may be achieved through use of a series of at least three spherical bearing connections that enable freedom of movement about X, Y and Z axes.

Growing community of inventors

Bloomfield, NY, United States of America

Brian J Perry